Professional Specialist Advice 
Progressive Innovative Solutions 
Proactive Professional Aftersales 
Award Winning Support The Future of Grounds Maintenance: Robotic Mowing in 2026
The grounds maintenance industry is undergoing a rapid transformation. In 2026, robotic mowing is no longer a futuristic concept—it is a practical, scalable solution reshaping how contractors, local authorities, and facilities managers approach grass cutting. With the rise of fully autonomous and semi-autonomous mowing systems, businesses can now unlock higher productivity, reduce costs, and redeploy skilled labour where it matters most.
From Operator-Driven to Autonomous Efficiency
Traditional mowing has long depended on skilled operators, often tying up valuable staff on repetitive, time-consuming tasks. Today, innovations such as the Kress Voyager and the SABO MOWIT PRO are redefining this model. 
The Kress Voyager represents a major leap forward in fully autonomous mowing. Using advanced RTK positioning, LiDAR, cameras, and ultrasonic sensors, it can mow large areas with centimetre-level accuracy—completely wire-free and with minimal human input. Once a site is mapped, the machine operates independently, delivering consistent, high-quality results while crews focus on more complex landscaping tasks.
Meanwhile, the SABO MOWIT PRO introduces a flexible approach with remote-controlled and semi-autonomous operation modes. Operators can take direct control when precision is needed or allow the mower to run semi-autonomously across large open areas. This adaptability makes it ideal for parks, sports facilities, solar farms, and municipal landscapes.
Alongside these professional systems, manufacturers are also advancing solutions for smaller-scale applications. The new Kress EyePilot RTKn range brings RTK-guided, boundary wire-free mowing into the domestic and light commercial space, delivering the same centimetre-level accuracy in residential gardens and smaller sites. This ensures consistency of cut, intelligent navigation, and minimal setup—making high-end robotic mowing accessible beyond large contractors.
Built for Large-Scale Professional Grounds Management 
Robotic mowing is particularly well-suited to professionals responsible for maintaining large areas. Whether it’s expansive parks, campuses, golf courses, housing developments, or commercial estates, these machines excel in environments where efficiency and consistency are critical.
Autonomous systems like the Kress Voyager can operate continuously across wide open spaces with minimal supervision, while semi-autonomous solutions such as the SABO MOWIT PRO allow operators to manage complex or segmented sites with ease.
In addition, Kress now offers a dedicated professional range designed for very large areas—from approximately 8,000m² up to 28,000m². These machines are engineered for continuous operation across demanding environments, providing reliable, high-capacity autonomous mowing for large estates, sports grounds, and commercial landscapes where productivity and uptime are essential.
Battery Power Driving Sustainability
A key driver behind the rise of robotic mowing is the shift to battery-powered technology. Both the Voyager and MOWIT PRO operate with high-capacity lithium-ion systems, eliminating the need for petrol engines.
This delivers several immediate benefits:
• Zero emissions at point of use, supporting sustainability targets
• Significantly reduced noise levels, ideal for urban and sensitive environments
• Lower running costs, with no fuel, oil, or filters required
• Reduced maintenance, thanks to fewer moving parts
The SABO MOWIT PRO, for example, combines electric drive systems with interchangeable batteries, enabling extended operation without downtime.
Autonomous & Semi-Autonomous: Choosing the Right Approach 
One of the most exciting developments in 2026 is the ability to tailor automation levels to the job:
• Fully Autonomous (e.g. Kress Voyager)
Ideal for repetitive, large-scale mowing. Once programmed, the machine works independently, maximising productivity and consistency.
• Semi-Autonomous (e.g. SABO MOWIT PRO GPS)
Perfect for mixed environments. Operators can supervise or intervene when needed, while still benefiting from automation on larger areas.
• RTK-Guided Domestic & Light Commercial (e.g. Kress EyePilot RTKn range)
Brings precision autonomous mowing to smaller sites without boundary wires, ideal for residential properties and compact commercial grounds.
• Remote-Controlled Operation
Offers precision for challenging terrain such as slopes, solar parks, or restricted-access areas.
This flexibility ensures that robotic mowing can be integrated into virtually any grounds maintenance operation—from private gardens to multi-hectare estates.
Freeing Up Labour for Higher-Value Tasks
Perhaps the most significant advantage of robotic mowing is labour optimisation.
Instead of dedicating skilled staff to routine grass cutting, teams can:
• Focus on detailed landscaping and horticultural work
• Improve site presentation and customer satisfaction
• Take on additional contracts without increasing headcount
• Reduce fatigue and improve staff retention
Autonomous mowing can effectively turn one crew into multiple productive units, allowing businesses to scale operations without proportional increases in labour costs.
Improving Safety and Working Conditions
Robotic mowing also enhances workplace safety:
• Reduced exposure to noise, vibration, and exhaust fumes
• Less manual handling of heavy equipment
• Safer operation on slopes and hazardous terrain via remote control
• Built-in obstacle detection systems for safer environments
These improvements not only protect operators but also help organisations meet increasingly stringent health and safety standards.
A Scalable Solution for Modern Grounds Management
Robotic mowing is not just about innovation—it’s about commercial advantage. Whether maintaining a golf course, local authority park, or commercial estate, these systems provide:
• Consistent, high-quality cut results
• Predictable operating costs
• Scalable deployment across multiple sites
• Data-driven management via connected apps and fleet systems
With machines like the Kress Voyager offering fleet conKress Robotic Mowers for sale | New Groundscare Machinerynectivity and remote diagnostics, and the SABO MOWIT PRO enabling versatile deployment modes, the technology is ready for widespread adoption—across both domestic and professional sectors.
SEE THE KRESS VOYAGER IN ACTION
SEE THE SABO MOWIT PRO IN ACTION
Conclusion: The Future is Already Here
The transition to robotic mowing is accelerating—and for good reason. Autonomous and semi-autonomous solutions are enabling grounds maintenance professionals to work smarter, not harder.
From domestic gardens powered by the Kress EyePilot RTKn range to large-scale commercial operations supported by high-capacity professional machines, robotic mowing now delivers a complete, scalable ecosystem.
By embracing technologies such as the Kress Voyager and SABO MOWIT PRO, organisations can reduce costs, improve efficiency, and unlock the full potential of their workforce.
In 2026 and beyond, robotic mowing isn’t just an option—it’s a competitive necessity.
VIEW THE KRESS RANGE OF ROBOTICS
